The structure of these proteins typically consists of a glycine rich N terminal near a lysine along with a
 central aspartic acid needed for the protein's activity. Long term potentiation in the brain is believed to be
 enhanced in part by members of this group of proteins, one of which is mitogen activated and the other of
 which is regulated by calcium ions and calmodulin. The majority of these proteins act on the amino acids
 tyrosine, threonine, or serine, of which the latter two contain a hydroxyl group. Cyclins work by activating
 one member of this family of proteins. Another member of this family of proteins d
The structure of these proteins typically consists of a glycine rich N terminal near a lysine along with a
 central aspartic acid needed for the protein's activity. Long term potentiation in the brain is believed to be
 enhanced in part by members of this group of proteins, one of which is mitogen activated and the other of
 which is regulated by calcium ions and calmodulin. The majority of these proteins act on the amino acids
 tyrosine, threonine, or serine, of which the latter two contain a hydroxyl group. Cyclins work by activating
 one member of this family of proteins. Another member of this family of proteins depends on the level of
 cyclic AMP, while in general this family of proteins works by transferring a certain functional found in
 ATP. For 10 points, name this class of enzymes that transfer a phosphate group.
The structure of these proteins typically consists of a glycine rich N terminal near a lysine along with a
 central aspartic acid needed for the protein's activity.
protein {kinases}